0783200001

Introduction

Pluggable connectors are widely used nowadays in communications, automation control systems, charging ports, and almost all kinds of connections. 07832-0001 application field and working principle is one type of particular pluggable connectors with special housings, structure as well as specific functions which are beyond general conceptions.

Application field and Working Principle of 07832-0001

Application Field

The 07832-0001 is a 9 pin pluggable connector and mainly used in lighting control or street lamps. It has IP20 degree of protection to guarantee its purposes in the outdoor environments where it might suffer from environments such as humidity, dust and sandstorms.

Working Principle

The 07832-0001 is designed with a special unique shape. Apart from the basic structure, each 07832-0001 has 9 pins inside to provide connection and data transferring. This type of connector also has a push-pull locking mechanism that enables a secure and durable connection between the two devices which will not get disconnected even when it faces a strong vibration or shock.

The pluggable connector can support various types of cable connection such as copper and fiber cables. Different from the general pluggable connectors, it also has a contact resistance of 10 mOhm. This ensures a low voltage drop and prevents potential losses in power and data transferring. Besides, it has a maximum current rating of 10A and a common core cross-section of 0.75mm^2. This stated frequency range is from 0 to 1GHz, which can ensure the excellent ability in data transferring.

Conclusion

The 07832-0001 pluggable connector, as a particular type of connectors, it is designed to fit certain applications and situations such as charging ports, lighting control and street lamps due to its particular structure and components. The details and operation have been explained in terms of its application field and working principle. The 07832-0001 pluggable connector has advantages in its structure, functions as well as its performance in completing its intended tasks.